Table 6.

Findings related to sensory modulation by DA.

Structure	Species and anesthesia (if applicable)	Significance	Reference
V1	Remifentanil anesthetized rhesus monkey	Systemic administration of L-DOPA increases supragranular oscillatory activity encoding visual information, but failure to induce changes in neuronal activity by local DA application	Zaldivar et al., 2018, 2014
dLGN	Urethane anesthetized rat and ketamine or halothane anesthetized cat	D1 receptors inhibit and D2 receptors excite extracellularly recorded relay neurons	Phillis et al., 1967; Albrecht et al., 1996; Zhao et al., 2002
dLGN	Rat and mouse (brain slices)	D1 receptors depolarize and D2 receptors inhibit intracellularly recorded neurons	Govindaiah and Cox, 2005; Munsch et al., 2005
A1	Awake gerbil	D1 receptors modulate auditory discrimination learning	Schicknick et al., 2012; Happel et al., 2014
MGN	Mouse (brain slices)	D2 receptors modulate synaptic transmission at thalamocortical afferents in A1	Chun et al., 2014
Inferior colliculus	Awake mouse	Dopamine inhibits neuronal activity	Gittelman et al., 2013
S1	Awake rat	Dopamine inhibits neuronal activity	Bassant et al., 1990
Ventrobasal thalamus	Rat (brain slices)	Dopamine increases excitability of intracellularly recorded neurons	Govindaiah et al., 2010a